Kaupapa Kaupapa

This project is deployed in Jordan and other parts of the Middle East. It uses a mobile, foldable solar-plus-storage off-grid solution designed for desert areas without grid access and temporary outdoor operations.

The system requires no complex civil construction and includes 51kWp of photovoltaic capacity me te 225kWh battery energy storage system. The complete solution integrates a foldable solar container, battery storage cabinet, inverter, air-conditioning system, and intelligent control units, allowing the entire system to be transported and redeployed as needed.

During normal operation, the photovoltaic modules are unfolded during the day to generate electricity, with surplus power stored in the battery system. During cloudy weather, sandstorms, or periods of insufficient solar irradiation, the energy storage system continues supplying power to ensure uninterrupted operation.

By prioritizing self-generated solar energy, the system significantly reduces diesel generator usage, fuel consumption, and long-term operating costs. It is suitable for temporary construction sites, remote facilities, small off-grid power stations, and other locations without reliable grid access.

Nga Painga Kaupapa

1. Rapid Deployment and Flexible Transportation

The foldable photovoltaic system, battery storage equipment, inverter, and control units are highly integrated. The system requires minimal civil construction, can be deployed quickly, and can be transported as a complete unit between different project sites.

2. Reliable Off-Grid Power Supply

ki te 51kWp of solar capacity and 225kWh of energy storage, the system provides stable and independent electricity for desert areas, temporary construction sites, and remote locations without grid access.

3. Te urutau ki nga taiao kino

The system is designed for the high temperatures, dust, sandstorms, and fluctuating solar conditions commonly found in Jordan and the Middle East. Stored energy ensures continuous power supply during cloudy weather or periods of insufficient sunlight.

4. Te Whakaiti i te Whakamahinga Tīhiera me ngā Utu Whakahaere

Solar power is used as the primary energy source, while surplus electricity is stored for later use. This significantly reduces diesel generator runtime, fuel consumption, maintenance requirements, and long-term operating expenses.